Tuesday, July 29, 2014
Cloud Migration
Cloud migration is the process of transitioning all or part of the company’s data, application and services from on-site premises to the cloud. This is where the information can be provided over the internet on an on-demand basis.
Cloud computing is attractive to many organizations due to its scalability, ease of management and low costs. Cloud migration facilitates the adoption of flexible cloud computing.
An organization’s cloud migration process often involves merging an on-site IT infrastructure with a hybrid cloud solution, which may be accessed over the Internet for a fee. Hybrid cloud solutions transition between one or more cloud providers and usually provide on-demand and provisioned server space, applications and services.
Cloud migration is critical for achieving real-time and updated performance and efficiency. Thus, cloud migration requires careful analysis, planning and execution to ensure the cloud solution’s compatibility with organizational requirements.
While a cloud migration can present numerous challenges and raise security concerns, cloud computing can also enable a company to potentially reduce capital expenditures and operating costs while also benefiting from the dynamic scaling, high availability, multi-tenancy and effective resource allocation advantages cloud-based computing offers.
So when did this trend start? Around 2010 the cloud migration had started to become reality. In 2013 Amazon and IBM battled in court for a $600 Million contract from the CIA. Amazon won but IBM protested. Why? AWS (Amazon Web Services) is the leader in offering cloud computing services to businesses and IBM is trying to establish a foothold in the space by leveraging its long history of providing IT services to the government. In many ways Amazon is disrupting the traditional enterprise IT market. Like other technology disruptions, specifically smartphones, vendors that do not adapt quickly may go out of business.
So, what does all this mean? The writing is on the wall: Cloud computing is inevitable. The traditional IT infrastructure cannot handle the demands of burst users (as witnessed in the recent health insurance exchange crashes), nor does it offer elasticity (cost savings for tight budgets), big data capability (exponential growth in data volume) or agility (rapid provisioning in minutes). Just like IBM and Amazon, most organizations see the benefits of this new computing-as-a-utility landscape and are ready to forge a road map to get there.
The key strategies are assessment, architecture and then action. While the temptation is to jump right to the action stage, you will find that path leads to wasted money and numerous blind alleys. Assess your current state via metadata collection (hardware, applications, data, organizational readiness, and architectural readiness) and evaluation methods (capacity analysis, risk analysis, complexity analysis, etc.). A proper assessment will allow you to prioritize your migration, find the quick-wins and know the risks.
After assessing your current state, analyze and design your objective architecture. A cloud-native architecture is different than traditional architectures and stresses ‘Loose-Coupling’, ‘Web Standards’, ‘Asynchronous Messaging’ and much more. After these two stages you are ready to take action and begin the migration process. Migrating your applications to this new cloud-native architecture is an opportunity to develop an agile IT infrastructure that delivers computing power as simply as utilities deliver electric power!
I hope this was informative.
Wednesday, July 23, 2014
What Is Nic
A network interface controller or also known as a “NIC” is a piece of
hardware that is used to connect a computer to a computer network. The
NIC implements the electronic circuitry required to communicate using a
specific physical layer and data link layer. The standard data link
layers are Ethernet, Wi-FI, or Token Ring. This provides a base for a
fill network protocol stack, allowing communication among small groups
of computers on the same LAN and large-scale network communications
through routable protocols, such as IP.
The NIC allows computers to communicate over a computer network. It is both OSI layer 1 (physical layer) and layer 2 (data link layer) device, as it provides physical access to a networking medium and, for IEEE 802 networks and FDDI, provides a low-level addressing system through the use of MAC addresses. It allows users to connect to each other either by using cables or wirelessly.
Some NICs offer integrated field-programmable gate arrays (FPGAs) for user-programmable processing of network traffic before it reaches the host computer, allowing for significantly redunced latencies in time-sensitive workloads. Some companies, like Solarflare with its open-source OpenOnload network stack whcih runs on Linux, offer even complete low-latency TCP/IP stacks running on integrated FPGAs in combination with userspace libraries which intercept networking operations usually performed by the operating system’s kernel; such an approach is usually refereed to as user-level networking.
Make sure to check out all of our machines online! If you have any questions about any of them let me know!
The NIC allows computers to communicate over a computer network. It is both OSI layer 1 (physical layer) and layer 2 (data link layer) device, as it provides physical access to a networking medium and, for IEEE 802 networks and FDDI, provides a low-level addressing system through the use of MAC addresses. It allows users to connect to each other either by using cables or wirelessly.
Some NICs offer integrated field-programmable gate arrays (FPGAs) for user-programmable processing of network traffic before it reaches the host computer, allowing for significantly redunced latencies in time-sensitive workloads. Some companies, like Solarflare with its open-source OpenOnload network stack whcih runs on Linux, offer even complete low-latency TCP/IP stacks running on integrated FPGAs in combination with userspace libraries which intercept networking operations usually performed by the operating system’s kernel; such an approach is usually refereed to as user-level networking.
Make sure to check out all of our machines online! If you have any questions about any of them let me know!
Thursday, July 17, 2014
Dell PowerEdge VRTX
We currently have over 22k configurations of Dell PowerEdge VRTX with M620 Blades on our
Amazon Store making us the only company to have these machines with every possible combination!
Contact if you have any questions
Nareg@shopezit.com
(818) 477 3893
Here is the link
http://www.amazon.com/s/ref=nb_sb_noss?url=me%3DALBMAXN37JOUA&field-keywords=VRTX
Amazon Store making us the only company to have these machines with every possible combination!
Contact if you have any questions
Nareg@shopezit.com
(818) 477 3893
Here is the link
http://www.amazon.com/s/ref=nb_sb_noss?url=me%3DALBMAXN37JOUA&field-keywords=VRTX
RAID 0,1,5,6
As part of the continuous RAID subject I started in the previous
nugget, as promised, this article will discuss the different RAID levels
to choose from. I will break down this article into 2 parts. Standard
RAID levels will be covered in this article and hybrid levels will be
covered in the next article.
Before we begin it must be understood that the RAID number does not determine the quality of the RAID level. The RAID number just represents a type of service and each option is valid for each type of server and environment. Based on your knowledge of your infrastructure, you should be able to determine which RAID is the most cost/performance effective for you. Of course that’s what this article will also help with, understanding the pros and cons of the different RAID levels. So, now that we’ve made this clear, let’s start explaining the different ‘Standard’ RAID levels.
RAID 0 – This is the step brother of the RAID, also called ‘stripping’. If you remember, we discussed that RAID stands for ‘Redundant Array of Independent Disks’. RAID 0 is a combination of all the drives chosen without any fault tolerance; not exactly part of the definition of the word redundant as there isn’t any. The reason it is categorized is because it does cluster several drives together into one logical drive. Since there is not fault tolerance, the total capacity of the logical drivers is a sum of all the drives together.
Since the data is stripped across multiple drives simultaneously, the performance is improved dramatically and this RAID is chosen when performance is more important than data integrity.
The formula is: Total capacity = number of drives * capacity of each drive.
RAID 1 – This is a very popular RAID level called ‘mirrored’ and it does just that. It mirrors the data of one drive onto the other drive. This RAID is limited to only 2 drives and takes half of the capacity for duplication. The performance is slower as the controller needs to write the data twice but data integrity is kept in case of a failure.
The formula is: Total capacity = total capacity / 2
RAID 5 – Now this is where it starts becoming tricky. RAID 5 is a block-level striping with distributed parity. Huh? Exactly! It consists of a minimum of 3 drives and basically provides fault tolerance by creating one drive for parity. This creates a distributed XOR bit. Upon distribution of the data among the drives, the data is divided between the drives and the controller creates a parity for the XOR which is a formula that combines the data that was distributed prior to the bit into a special character and saves that character in its place. Now remember, this is distributed so it will be all over the 3 drives (not putting all the eggs in one basket, as it were). The XOR formula could be a nugget of its own so just understand that the parity drive that provides the fault tolerance consists of a specialized character that, upon a drive failure, can be used to understand which piece of the data was lost with the failure. It provides a fault tolerance of one drive. The performance is not the best because the focus is on data integrity and stability.
The formula is: Total capacity = (number of drives – 1) * capacity of one drive
RAID 6 – This is the same as RAID 5 just provides double parity and can tolerate 2 failures. If RAID 5 had an XOR parity table, RAID 6 provides that and introduces the Galois field parity which is way more complicated. This provides a fault tolerance of 2 disk failures, therefore better fault tolerance.
This requires a minimum 4 drives and will take 2 drives for both of the parities. This is a perfect RAID for storage units where extra fault tolerance is required and the investment in additional parity drives is necessary.
The formula is: Total capacity = (number of drives – 2) * capacity of one drive
It is important to understand that there are more RAID level, such as RAID 2, 3, and 4, but those all can be outperformed by RAID 5 therefore they are usually not supported in servers. It is very uncommon to encounter one of those types and the ones I mentioned are the ones you will be hearing about or needing to know of.
As I said, the hybrid levels will be discussed in a future nugget.
Thank you for reading and feel free to leave me questions and I will answer them as quickly as I can.
Before we begin it must be understood that the RAID number does not determine the quality of the RAID level. The RAID number just represents a type of service and each option is valid for each type of server and environment. Based on your knowledge of your infrastructure, you should be able to determine which RAID is the most cost/performance effective for you. Of course that’s what this article will also help with, understanding the pros and cons of the different RAID levels. So, now that we’ve made this clear, let’s start explaining the different ‘Standard’ RAID levels.
RAID 0 – This is the step brother of the RAID, also called ‘stripping’. If you remember, we discussed that RAID stands for ‘Redundant Array of Independent Disks’. RAID 0 is a combination of all the drives chosen without any fault tolerance; not exactly part of the definition of the word redundant as there isn’t any. The reason it is categorized is because it does cluster several drives together into one logical drive. Since there is not fault tolerance, the total capacity of the logical drivers is a sum of all the drives together.
Since the data is stripped across multiple drives simultaneously, the performance is improved dramatically and this RAID is chosen when performance is more important than data integrity.
The formula is: Total capacity = number of drives * capacity of each drive.
RAID 1 – This is a very popular RAID level called ‘mirrored’ and it does just that. It mirrors the data of one drive onto the other drive. This RAID is limited to only 2 drives and takes half of the capacity for duplication. The performance is slower as the controller needs to write the data twice but data integrity is kept in case of a failure.
The formula is: Total capacity = total capacity / 2
RAID 5 – Now this is where it starts becoming tricky. RAID 5 is a block-level striping with distributed parity. Huh? Exactly! It consists of a minimum of 3 drives and basically provides fault tolerance by creating one drive for parity. This creates a distributed XOR bit. Upon distribution of the data among the drives, the data is divided between the drives and the controller creates a parity for the XOR which is a formula that combines the data that was distributed prior to the bit into a special character and saves that character in its place. Now remember, this is distributed so it will be all over the 3 drives (not putting all the eggs in one basket, as it were). The XOR formula could be a nugget of its own so just understand that the parity drive that provides the fault tolerance consists of a specialized character that, upon a drive failure, can be used to understand which piece of the data was lost with the failure. It provides a fault tolerance of one drive. The performance is not the best because the focus is on data integrity and stability.
The formula is: Total capacity = (number of drives – 1) * capacity of one drive
RAID 6 – This is the same as RAID 5 just provides double parity and can tolerate 2 failures. If RAID 5 had an XOR parity table, RAID 6 provides that and introduces the Galois field parity which is way more complicated. This provides a fault tolerance of 2 disk failures, therefore better fault tolerance.
This requires a minimum 4 drives and will take 2 drives for both of the parities. This is a perfect RAID for storage units where extra fault tolerance is required and the investment in additional parity drives is necessary.
The formula is: Total capacity = (number of drives – 2) * capacity of one drive
It is important to understand that there are more RAID level, such as RAID 2, 3, and 4, but those all can be outperformed by RAID 5 therefore they are usually not supported in servers. It is very uncommon to encounter one of those types and the ones I mentioned are the ones you will be hearing about or needing to know of.
As I said, the hybrid levels will be discussed in a future nugget.
Thank you for reading and feel free to leave me questions and I will answer them as quickly as I can.
Tuesday, July 15, 2014
ShopEzIT Is Now A VMware Partner
We are proud to say we are now VMware Partners
We can offer discount VMware to anyone that is interested
Please Contact If Interested
Nareg@shopezit.com
(818) 477 3893
We can offer discount VMware to anyone that is interested
Please Contact If Interested
Nareg@shopezit.com
(818) 477 3893
Monday, July 14, 2014
HP Z820 Workstation 2 x E5-2650 8GB 1 x 128GB SSD Standard Video ShopEzIT
WTS: This great HP Z820 Workstation Configuration
Contact for details
Nareg@shopezit.com
(818) 477 3893
FULL SPECS
Workstation Model: HP Z820 Workstation
Processor(s): 2 x
Intel Xeon 8 Core Processor E5-2650 2.00 GHz 20MB L3 Cache 95W TDP Memory: 8GB DDR3 RAM [Max Supported Memory: UDIMM - Up
to 128GB; RDIMM - Up to 256GB; LRDIMM - Up to 512GB; Supports up to 1600
MHz DDR3 for all Memory Types
Hard Drive(s): 1 x 128GB
SSD 6Gb/s SATA 2.5 Inch Hard Drive
Drive Bays: 4 x
Internal 3.5 Inch Bays and 3 External 5.25 Inch Bays
RAID Controller: Integrated SATA 6.0 Gb/s - Integrated SATA 3.0 Gb/s
(Supported RAID Levels 0, 1, 10); Integrated LSI SAS 2308 (Supported
RAID Levels 0/1/1E/10)
Optical Drive: DVD-ROM
Power Supply: 850W 88% Efficient PFC
Network Controller: Integrated Intel 82579 and 82574 Controllers
3 x PCI Express 3.0 x16 Slots, 1 x PCI Express 3.0 x8
Slot, 1 x PCI Express 3.0 x4 Slot, 1 x PCI Express 2.0 x4 Slot, 1 x PCI
Slot
Graphics: Standard Graphics Card
Operating System: Windows 7 Pro 64-bit
Dimensions: 17.5
x 6.75 x 18.3 (Inches) 64 Lbs Max
Warranty: 5 Year
ShopEzIT Warranty
$3700.00
Buy this same machine on our Amazon Store
Thursday, July 10, 2014
Video Of The Dell PowerEdge VRTX
Testing out the BEAST (Dell PowerEdge VRTX)
Nareg@shopezit.com
(818) 477 3893
Nareg@shopezit.com
(818) 477 3893
ShopEzIT Testing Out The Dell PowerEdge VRTX
We have been testing out the VRTX these past couple days and let me tell you, we are so impressed!
Contact me if you are interested
Nareg@shopezit.com
(818) 477 3893
Here are the full specs
Contact me if you are interested
Nareg@shopezit.com
(818) 477 3893
Here are the full specs
PowerEdge
VRTX Enclosure
25
X 300GB 15K 2.5
2 x M620 with
E5-2690v2
x2
256GB
RAM each
2
x 200GB SATA SSD
$20,200
Here it is in Action
Wednesday, July 9, 2014
Dell PowerEdge VRTX
The beast just walked through our doors and our mouths just dropped!
PowerEdge VRTX
•
Integrated IT solution, optimized for office environments
•
Simplified systems management
•
Up to four 2-socket, half-height PowerEdge M620 and M520 server nodes,or
up to two 4-socket, full-height M820 server nodes
•
Up to eight PCIe slots
•
Up to 48TB storage capacity in chassis
Nareg@shopezit.com
(818) 477 3893
ShopEzIT HP Z820 Workstation 2 x E5-2690 192GB RAM 1 x 128GB SSD & 1 x 1TB 7.2K FirePro V3900
Here is a great HP Z820 Configuration!
Please contact If Interested
Nareg@shopezit.com
(818) 477 3893
Please contact If Interested
Nareg@shopezit.com
(818) 477 3893
Tuesday, July 8, 2014
Dell R720XD Server Specials.
We are running specials on Del R720XDServers.
I guarantee you no one will beat our prices, we do everything in our power to give our clients
the best deals in the market and make sure they sleep happy.
Contact us if you need a quote or if you have any questions
Nareg@shopezit.com
(818) 477 3893
I guarantee you no one will beat our prices, we do everything in our power to give our clients
the best deals in the market and make sure they sleep happy.
Contact us if you need a quote or if you have any questions
Nareg@shopezit.com
(818) 477 3893
Monday, July 7, 2014
ShopEzIT Is Our Brand
If you ever need help figuring out what kind of servers you need please do not hesitate to give
us a call. We treat all of our clients like family and we make sure they have the best experience
shopping with us. Wether you are a first time client or one of our loyal clients, every time you
buy from us, I will assure you that you will sleep knowing you got the best deal and service.
Contact info
Nareg@shopezit.com
(818) 477 3893
us a call. We treat all of our clients like family and we make sure they have the best experience
shopping with us. Wether you are a first time client or one of our loyal clients, every time you
buy from us, I will assure you that you will sleep knowing you got the best deal and service.
Contact info
Nareg@shopezit.com
(818) 477 3893
Thursday, July 3, 2014
Tuesday, July 1, 2014
ShopEzIT
Listen to the professor, he knows what his talking about!
www.shopezit.com
(818) 477 3893
Nareg@shopezit.com
Dell T7600 Workstation 2 x E5-2690 32GB 1 x 1TB Quadro 4000 ShopEzIT
Here is a great configuration for someone that needs power and speed.
Contact if interested
Nareg@shopezit.com
(818) 477 3893
FULL SPECS
Workstation Model: Dell Precision T7600 Workstation
Processor(s): 2 x Intel Xeon 8 Core E5-2690 2.90 GHz 20MB L3 Cache 135W TDP
Memory: 32GB DDR3 RAM [Max Supported Memory: RDIMM - Up to 256GB; LRDIMM - Up to 512GB; Supports up to 1600 MHz
Hard Drive(s): 1 x 1TB 7.2K RPM SATA 3.5 Inch Hard Drive
Drive Bays: 4/8 x Internal 3.5/2.5 Inch Bays, 1 x External 5.25 Inch Bay, 1 x External Slimline Optical Bay
RAID Controller: Dell PERC H310 6Gb/s (Supported RAID Levels 0, 1, 5, 10, 50)
Optical Drive: DVD-ROM
Power Supply: 1300W 90% Efficient
Network Controller: Integrated Intel 82579 and 82574 Controllers
Slots: 2 x PCIe 3.0 x16, 1 x PCIe 3.0 x8, 1 x PCIe 2.0 x4, 1 x PCI Slot [Optional: 2 x PCIe 3.0 x16 Slots when 2nd CPU is installed
Graphics: NVIDIA Quadro 4000 2GB GDDR5 PCI Express 2.0 x16 - DVI & Dual DisplayPort Graphics Card
GPU Support: Optional: Supports 1 or 2 Nvidia Tesla C2075 GPU, and NVIDIA Maximus Technology
Operating System: Windows 7 Pro 64-bit
Dimensions: 16.95 x 8.5 x 20.67 (Inches) 64 Lbs Max
Warranty: 5 Year ShopEzIT Warranty
$5900.00
Contact if interested
Nareg@shopezit.com
(818) 477 3893
FULL SPECS
Workstation Model: Dell Precision T7600 Workstation
Processor(s): 2 x Intel Xeon 8 Core E5-2690 2.90 GHz 20MB L3 Cache 135W TDP
Memory: 32GB DDR3 RAM [Max Supported Memory: RDIMM - Up to 256GB; LRDIMM - Up to 512GB; Supports up to 1600 MHz
Hard Drive(s): 1 x 1TB 7.2K RPM SATA 3.5 Inch Hard Drive
Drive Bays: 4/8 x Internal 3.5/2.5 Inch Bays, 1 x External 5.25 Inch Bay, 1 x External Slimline Optical Bay
RAID Controller: Dell PERC H310 6Gb/s (Supported RAID Levels 0, 1, 5, 10, 50)
Optical Drive: DVD-ROM
Power Supply: 1300W 90% Efficient
Network Controller: Integrated Intel 82579 and 82574 Controllers
Slots: 2 x PCIe 3.0 x16, 1 x PCIe 3.0 x8, 1 x PCIe 2.0 x4, 1 x PCI Slot [Optional: 2 x PCIe 3.0 x16 Slots when 2nd CPU is installed
Graphics: NVIDIA Quadro 4000 2GB GDDR5 PCI Express 2.0 x16 - DVI & Dual DisplayPort Graphics Card
GPU Support: Optional: Supports 1 or 2 Nvidia Tesla C2075 GPU, and NVIDIA Maximus Technology
Operating System: Windows 7 Pro 64-bit
Dimensions: 16.95 x 8.5 x 20.67 (Inches) 64 Lbs Max
Warranty: 5 Year ShopEzIT Warranty
$5900.00
You can buy this machine from our Amazon Store
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